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vxWorks/h/m2Lib.h
dongl 92a1d4d3c7 Initial commit
2025-08-20 18:25:46 +08:00

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/* m2Lib.h - VxWorks MIB-II interface to SNMP Agent */
/* Copyright 1984 - 2002 Wind River Systems, Inc. */
#include "copyright_wrs.h"
/*
modification history
--------------------
01i,22apr02,rae Fixed MAXOIDLENGH typo (SPR #73303)
01h,05dec01,vvv changed M2_IFSTACKTBL index to unsigned (SPR #71316)
01g,10oct01,rae merge from truestack ver 01n, base o1f
01f,25oct00,niq Merge RFC2233 changes from open_stack-p1-r1 branch
01j,18may00,ann merging from post R1 to include RFC2233 and the ipRouteMask
bug fix
01i,14apr00,ann adding changes to make ipRouteMask writeable
01h,28mar00,rae merging in IGMPv2 changes
01g,10mar00,ead added function declaration for m2IfStackTblUpdate
01f,11feb00,ann making changes for RFC 2233 implementation
01e,24mar99,ead added m2SetIfLastChange() declaration (SPR #23290)
01d,10sep98,ann added doc to M2_INTERFACETBL fields spr# 21078
01c,11apr97,rjc fixed bad value of error define
01b,05feb97,rjc added new error codes to support phase-2 ospf mib
01a,08dec93,jag written
*/
#ifndef __INCm2Libh
#define __INCm2Libh
#ifdef __cplusplus
extern "C" {
#endif
#include "net/if.h"
#include "avlLib.h"
#if ((CPU_FAMILY==I960) && (defined __GNUC__))
#pragma align 1 /* tell gcc960 not to optimize alignments */
#endif /* CPU_FAMILY==I960 */
/* m2Lib.c Error Codes */
#define S_m2Lib_INVALID_PARAMETER (M_m2Lib | 1)
#define S_m2Lib_ENTRY_NOT_FOUND (M_m2Lib | 2)
#define S_m2Lib_TCPCONN_FD_NOT_FOUND (M_m2Lib | 3)
#define S_m2Lib_INVALID_VAR_TO_SET (M_m2Lib | 4)
#define S_m2Lib_CANT_CREATE_SYS_SEM (M_m2Lib | 5)
#define S_m2Lib_CANT_CREATE_IF_SEM (M_m2Lib | 6)
#define S_m2Lib_CANT_CREATE_ROUTE_SEM (M_m2Lib | 7)
#define S_m2Lib_ARP_PHYSADDR_NOT_SPECIFIED (M_m2Lib | 8)
#define S_m2Lib_IF_TBL_IS_EMPTY (M_m2Lib | 9)
#define S_m2Lib_IF_CNFG_CHANGED (M_m2Lib | 10)
#define S_m2Lib_TOO_BIG (M_m2Lib | 11)
#define S_m2Lib_BAD_VALUE (M_m2Lib | 12)
#define S_m2Lib_READ_ONLY (M_m2Lib | 13)
#define S_m2Lib_GEN_ERR (M_m2Lib | 14)
#define ETHERADDRLEN 6
#define M2DISPLAYSTRSIZE 256
#define MAXOIDLENGTH 40
#define MAXIFPHYADDR 16
/* defines for enumerated types as specified by RFC 1213 */
/* possible values for ifType (found in IANA-MIB) */
#define M2_ifType_other 1 /* none of the following */
#define M2_ifType_regular1822 2
#define M2_ifType_hdh1822 3
#define M2_ifType_ddnX25 4
#define M2_ifType_rfc877x25 5
#define M2_ifType_ethernetCsmacd 6
#define M2_ifType_ethernet_csmacd M2_ifType_ethernetCsmacd
#define M2_ifType_iso88023Csmacd 7
#define M2_ifType_iso88023_csmacd M2_ifType_iso88023Csmacd
#define M2_ifType_iso88024TokenBus 8
#define M2_ifType_iso88024_tokenBus M2_ifType_iso88024TokenBus
#define M2_ifType_iso88025TokenRing 9
#define M2_ifType_iso88025_tokenRing M2_ifType_iso88025TokenRing
#define M2_ifType_iso88026Man 10
#define M2_ifType_iso88026_man M2_ifType_iso88026Man
#define M2_ifType_starLan 11
#define M2_ifType_proteon10Mbit 12
#define M2_ifType_proteon80Mbit 13
#define M2_ifType_hyperchannel 14
#define M2_ifType_fddi 15
#define M2_ifType_lapb 16
#define M2_ifType_sdlc 17
#define M2_ifType_ds1 18 /* DS1-MIB */
#define M2_ifType_e1 19 /* Obsolete see DS1-MIB */
#define M2_ifType_basicISDN 20
#define M2_ifType_primaryISDN 21
#define M2_ifType_propPointToPointSerial 22 /* proprietary serial */
#define M2_ifType_ppp 23
#define M2_ifType_softwareLoopback 24
#define M2_ifType_eon 25 /* CLNP over IP */
#define M2_ifType_ethernet3Mbit 26
#define M2_ifType_nsip 27 /* XNS over IP */
#define M2_ifType_slip 28 /* generic SLIP */
#define M2_ifType_ultra 29 /* ULTRA technologies */
#define M2_ifType_ds3 30 /* DS3-MIB */
#define M2_ifType_sip 31 /* SMDS, coffee */
#define M2_ifType_frameRelay 32 /* DTE only. */
#define M2_ifType_rs232 33
#define M2_ifType_para 34 /* parallel-port */
#define M2_ifType_arcnet 35 /* arcnet */
#define M2_ifType_arcnetPlus 36 /* arcnet plus */
#define M2_ifType_atm 37 /* ATM cells */
#define M2_ifType_miox25 38
#define M2_ifType_sonet 39 /* SONET or SDH */
#define M2_ifType_x25ple 40
#define M2_ifType_iso88022llc 41
#define M2_ifType_localTalk 42
#define M2_ifType_smdsDxi 43
#define M2_ifType_frameRelayService 44 /* FRNETSERV-MIB */
#define M2_ifType_v35 45
#define M2_ifType_hssi 46
#define M2_ifType_hippi 47
#define M2_ifType_modem 48 /* Generic modem */
#define M2_ifType_aal5 49 /* AAL5 over ATM */
#define M2_ifType_sonetPath 50
#define M2_ifType_sonetVT 51
#define M2_ifType_smdsIcip 52 /* SMDS InterCarrier Interface */
#define M2_ifType_propVirtual 53 /* proprietary virtual/internal */
#define M2_ifType_propMultiplexor 54 /* proprietary multiplexing */
#define M2_ifType_ieee80212 55 /* 100BaseVG */
#define M2_ifType_fibreChannel 56 /* Fibre Channel */
#define M2_ifType_hippiInterface 57 /* HIPPI interfaces */
#define M2_ifType_frameRelayInterconnect 58 /* Obsolete use either 32 or 44 */
#define M2_ifType_aflane8023 59 /* ATM Emulated LAN for 802.3 */
#define M2_ifType_aflane8025 60 /* ATM Emulated LAN for 802.5 */
#define M2_ifType_cctEmul 61 /* ATM Emulated circuit */
#define M2_ifType_fastEther 62 /* Fast Ethernet (100BaseT) */
#define M2_ifType_isdn 63 /* ISDN and X.25 */
#define M2_ifType_v11 64 /* CCITT V.11/X.21 */
#define M2_ifType_v36 65 /* CCITT V.36 */
#define M2_ifType_g703at64k 66 /* CCITT G703 at 64Kbps */
#define M2_ifType_g703at2mb 67 /* Obsolete see DS1-MIB */
#define M2_ifType_qllc 68 /* SNA QLLC */
#define M2_ifType_fastEtherFX 69 /* Fast Ethernet (100BaseFX) */
#define M2_ifType_channel 70 /* channel */
#define M2_ifType_ieee80211 71 /* radio spread spectrum */
#define M2_ifType_ibm370parChan 72 /* IBM 360/370 OEMI Channel */
#define M2_ifType_escon 73 /* IBM Enterprise Systems Cnx */
#define M2_ifType_dlsw 74 /* Data Link Switching */
#define M2_ifType_isdns 75 /* ISDN S/T interface */
#define M2_ifType_isdnu 76 /* ISDN U interface */
#define M2_ifType_lapd 77 /* Link Access Protocol D */
#define M2_ifType_ipSwitch 78 /* IP Switching Objects */
#define M2_ifType_rsrb 79 /* Remote Source Route Bridging */
#define M2_ifType_atmLogical 80 /* ATM Logical Port */
#define M2_ifType_ds0 81 /* Digital Signal Level 0 */
#define M2_ifType_ds0Bundle 82 /* ds0s on the same ds1 */
#define M2_ifType_bsc 83 /* Bisynchronous Protocol */
#define M2_ifType_async 84 /* Asynchronous Protocol */
#define M2_ifType_cnr 85 /* Combat Net Radio */
#define M2_ifType_iso88025Dtr 86 /* ISO 802.5r DTR */
#define M2_ifType_eplrs 87 /* Ext Pos Loc Report Sys */
#define M2_ifType_arap 88 /* Appletalk Remote Access Proto */
#define M2_ifType_propCnls 89 /* Proprietary Cnx-less Proto */
#define M2_ifType_hostPad 90 /* CCITT-ITU X.29 PAD Protocol */
#define M2_ifType_termPad 91 /* CCITT-ITU X.3 PAD Facility */
#define M2_ifType_frameRelayMPI 92 /* Multiproto Interconnect FR */
#define M2_ifType_x213 93 /* CCITT-ITU X213 */
#define M2_ifType_adsl 94 /* Asymmetric DSL */
#define M2_ifType_radsl 95 /* Rate-Adapt. DSL */
#define M2_ifType_sdsl 96 /* Symmetric DSL */
#define M2_ifType_vdsl 97 /* Very H-Speed DSL */
#define M2_ifType_iso88025CRFPInt 98 /* ISO 802.5 CRFP */
#define M2_ifType_myrinet 99 /* Myricom Myrinet */
#define M2_ifType_voiceEM 100 /* voice recEive and transMit */
#define M2_ifType_voiceFXO 101 /* voice Foreign Exchg Office */
#define M2_ifType_voiceFXS 102 /* voice Foreign Exchg Station */
#define M2_ifType_voiceEncap 103 /* voice encapsulation */
#define M2_ifType_voiceOverIp 104 /* voice over IP encapsulation */
#define M2_ifType_atmDxi 105 /* ATM DXI */
#define M2_ifType_atmFuni 106 /* ATM FUNI */
#define M2_ifType_atmIma 107 /* ATM IMA */
#define M2_ifType_pppMultilinkBundle 108 /* PPP Multilink Bundle */
#define M2_ifType_ipOverCdlc 109 /* IBM ipOverCdlc */
#define M2_ifType_ipOverClaw 110 /* IBM Common Link Access */
#define M2_ifType_stackToStack 111 /* IBM stackToStack */
#define M2_ifType_virtualIpAddress 112 /* IBM VIPA */
#define M2_ifType_mpc 113 /* IBM multi-protocol channel */
#define M2_ifType_ipOverAtm 114 /* IBM ipOverAtm */
#define M2_ifType_iso88025Fiber 115 /* ISO 802.5j Fiber Token Ring */
#define M2_ifType_tdlc 116 /* IBM twinaxial data link */
#define M2_ifType_gigabitEthernet 117 /* Gigabit Ethernet */
#define M2_ifType_hdlc 118 /* HDLC */
#define M2_ifType_lapf 119 /* LAP F */
#define M2_ifType_v37 120 /* V.37 */
#define M2_ifType_x25mlp 121 /* Multi-Link Protocol */
#define M2_ifType_x25huntGroup 122 /* X25 Hunt Group */
#define M2_ifType_trasnpHdlc 123 /* Transp HDLC */
#define M2_ifType_interleave 124 /* Interleave channel */
#define M2_ifType_fast 125 /* Fast channel */
#define M2_ifType_ip 126 /* IP (APPN HPR in IP networks) */
#define M2_ifType_docsCableMaclayer 127 /* CATV Mac Layer */
#define M2_ifType_docsCableDownstream 128 /* CATV Downstream interface */
#define M2_ifType_docsCableUpstream 129 /* CATV Upstream interface */
#define M2_ifType_a12MppSwitch 130 /* Avalon Parallel Processor */
#define M2_ifType_tunnel 131 /* Encapsulation interface */
#define M2_ifType_coffee 132 /* coffee pot */
#define M2_ifType_ces 133 /* Circuit Emulation Service */
#define M2_ifType_atmSubInterface 134 /* ATM Sub Interface */
#define M2_ifType_l2vlan 135 /* Layer 2 V-LAN using 802.1Q */
#define M2_ifType_l3ipvlan 136 /* Layer 3 V-LAN using IP */
#define M2_ifType_l3ipxvlan 137 /* Layer 3 V-LAN using IPX */
#define M2_ifType_digitalPowerline 138 /* IP over Power Lines */
#define M2_ifType_mediaMailOverIp 139 /* Multimedia Mail over IP */
#define M2_ifType_dtm 140 /* Dynamic sync Transfer Mode */
#define M2_ifType_dcn 141 /* Data Communications Network */
#define M2_ifType_ipForward 142 /* IP Forwarding Interface */
#define M2_ifType_msdsl 143 /* Multi-rate Symmetric DSL */
#define M2_ifType_ieee1394 144 /* IEEE1394 High Perf Serial Bus */
#define M2_ifType_if_gsn 145 /* HIPPI-6400 */
#define M2_ifType_dvbRccMacLayer 146 /* DVB-RCC MAC Layer */
#define M2_ifType_dvbRccDownstream 147 /* DVB-RCC Downstream Channel */
#define M2_ifType_dvbRccUpstream 148 /* DVB-RCC Upstream Channel */
#define M2_ifType_atmVirtual 149 /* ATM Virtual Interface */
#define M2_ifType_mplsTunnel 150 /* MPLS Tunnel Virtual Interface */
#define M2_ifType_srp 151 /* Spatial Reuse Protocol */
#define M2_ifType_voiceOverAtm 152 /* Voice Over ATM */
#define M2_ifType_voiceOverFrameRelay 153 /* Voice Over Frame Relay */
#define M2_ifType_idsl 154 /* DSL over ISDN */
#define M2_ifType_compositeLink 155 /* Avici Composite Link */
#define M2_ifType_ss7SigLink 156 /* SS7 Signaling Link */
#define M2_ifType_pmp 157 /* Point to Multipoint */
/* packet control used for stat counting routines (in or out) */
#define M2_PACKET_IN 1
#define M2_PACKET_OUT 2
/* interface attach/insert and detach/remove */
#define M2_IF_TABLE_INSERT 1
#define M2_IF_TABLE_REMOVE 2
/* stack layer insert/remove */
#define M2_STACK_TABLE_INSERT 1
#define M2_STACK_TABLE_REMOVE 2
/* interface mib styles used by the MUX/drivers */
#define MIB_STYLE_1213 1
#define MIB_STYLE_2233 2
/* interface counter IDs */
#define M2_ctrId_ifInOctets 1
#define M2_ctrId_ifInUcastPkts 2
#define M2_ctrId_ifInNUcastPkts 3
#define M2_ctrId_ifInDiscards 4
#define M2_ctrId_ifInErrors 5
#define M2_ctrId_ifInUnknownProtos 6
#define M2_ctrId_ifOutOctets 7
#define M2_ctrId_ifOutUcastPkts 8
#define M2_ctrId_ifOutNUcastPkts 9
#define M2_ctrId_ifOutDiscards 10
#define M2_ctrId_ifOutErrors 11
#define M2_ctrId_ifInMulticastPkts 12
#define M2_ctrId_ifInBroadcastPkts 13
#define M2_ctrId_ifOutMulticastPkts 14
#define M2_ctrId_ifOutBroadcastPkts 15
#define M2_ctrId_ifHCInOctets 16
#define M2_ctrId_ifHCInUcastPkts 17
#define M2_ctrId_ifHCInMulticastPkts 18
#define M2_ctrId_ifHCInBroadcastPkts 19
#define M2_ctrId_ifHCOutOctets 20
#define M2_ctrId_ifHCOutUcastPkts 21
#define M2_ctrId_ifHCOutMulticastPkts 22
#define M2_ctrId_ifHCOutBroadcastPkts 23
/* interface variable IDs */
#define M2_varId_ifAdminStatus 1
#define M2_varId_ifLinkUpDownTrapEnable 2
#define M2_varId_ifMtu 3
#define M2_varId_ifPromiscuousMode 4
#define M2_varId_ifPhysAddress 5
#define M2_varId_ifDescr 6
#define M2_varId_ifOperStatus 7
#define M2_varId_ifAlias 8
#define M2_varId_ifOutQLen 9
#define M2_varId_ifSpecific 10
#define M2_varId_ifName 11
#define M2_varId_ifType 12
#define M2_varId_ifHighSpeed 13
#define M2_varId_ifSpeed 14
#define M2_varId_ifConnectorPresent 15
#define M2_varId_ifLastChange 16
/* possible values for ifAdminStatus */
#define M2_ifAdminStatus_up 1
#define M2_ifAdminStatus_down 2
#define M2_ifAdminStatus_testing 3
/* possible values for ifOperStatus */
#define M2_ifOperStatus_up 1
#define M2_ifOperStatus_down 2
#define M2_ifOperStatus_testing 3
/* possible values for ifPromiscuousMode */
#define M2_ifPromiscuousMode_on 1
#define M2_ifPromiscuousMode_off 2
/* Row Status defines */
#define ROW_ACTIVE 1
#define ROW_NOTINSERVICE 2
#define ROW_NOTREADY 3
#define ROW_CREATEANDGO 4
#define ROW_CREATEANDWAIT 5
#define ROW_DESTROY 6
/* Storage type defines */
#define STORAGE_OTHER 1
#define STORAGE_VOLATILE 2
#define STORAGE_NONVOLATILE 3
/* Boolean Values */
#define M2_TRUE 1
#define M2_FALSE 2
/* defines for all the objects in the interface table */
#define M2_IFLASTCHANGE 1
#define M2_IFINOCTETS 2
#define M2_IFINUCASTPKTS 3
#define M2_IFINNUCASTPKTS 4
#define M2_IFINDISCARDS 5
#define M2_IFINERRORS 6
#define M2_IFINUNKNOWNPROTOS 7
#define M2_IFOUTOCTETS 8
#define M2_IFOUTUCASTPKTS 9
#define M2_IFOUTNUCASTPKTS 10
#define M2_IFOUTDISCARDS 11
#define M2_IFOUTERRORS 12
#define M2_IFOUTQLEN 13
#define M2_IFINMULTICASTPKTS 14
#define M2_IFINBROADCASTPKTS 15
#define M2_IFOUTMULTICASTPKTS 16
#define M2_IFOUTBROADCASTPKTS 17
#define M2_IFHCINOCTETS 18
#define M2_IFHCINUCASTPKTS 19
#define M2_IFHCINMULTICASTPKTS 20
#define M2_IFHCINBROADCASTPKTS 21
#define M2_IFHCOUTOCTETS 22
#define M2_IFHCOUTUCASTPKTS 23
#define M2_IFHCOUTMULTICASTPKTS 24
#define M2_IFHCOUTBROADCASTPKTS 25
#define M2_IFLINKUPDOWNTRAPENABLE 26
#define M2_IFHIGHSPEED 27
#define M2_IFPROMISCUOUSMODE 28
#define M2_IFCONNECTORPRESENT 29
/* defines for rcvAddr table entries */
#define M2_IFRCVADDRSTATUS 1
#define M2_IFRCVADDRTYPE 2
/* possible values for ipForwarding */
#define M2_ipForwarding_forwarding 1
#define M2_ipForwarding_not_forwarding 2
/* possible values for ipRouteType */
#define M2_ipRouteType_other 1
#define M2_ipRouteType_invalid 2
#define M2_ipRouteType_direct 3
#define M2_ipRouteType_indirect 4
/* possible values for ipRouteProto */
#define M2_ipRouteProto_other 1
#define M2_ipRouteProto_local 2
#define M2_ipRouteProto_netmgmt 3
#define M2_ipRouteProto_icmp 4
#define M2_ipRouteProto_egp 5
#define M2_ipRouteProto_ggp 6
#define M2_ipRouteProto_hello 7
#define M2_ipRouteProto_rip 8
#define M2_ipRouteProto_is_is 9
#define M2_ipRouteProto_es_is 10
#define M2_ipRouteProto_ciscoIgrp 11
#define M2_ipRouteProto_bbnSpfIgp 12
#define M2_ipRouteProto_ospf 13
#define M2_ipRouteProto_bgp 14
/* possible values for ipNetToMediaType */
#define M2_ipNetToMediaType_other 1
#define M2_ipNetToMediaType_invalid 2
#define M2_ipNetToMediaType_dynamic 3
#define M2_ipNetToMediaType_static 4
/* possible values for tcpRtoAlgorithm */
#define M2_tcpRtoAlgorithm_other 1
#define M2_tcpRtoAlgorithm_constant 2
#define M2_tcpRtoAlgorithm_rsre 3
#define M2_tcpRtoAlgorithm_vanj 4
/* possible values for tcpConnState */
#define M2_tcpConnState_closed 1
#define M2_tcpConnState_listen 2
#define M2_tcpConnState_synSent 3
#define M2_tcpConnState_synReceived 4
#define M2_tcpConnState_established 5
#define M2_tcpConnState_finWait1 6
#define M2_tcpConnState_finWait2 7
#define M2_tcpConnState_closeWait 8
#define M2_tcpConnState_lastAck 9
#define M2_tcpConnState_closing 10
#define M2_tcpConnState_timeWait 11
#define M2_tcpConnState_deleteTCB 12
/*
* When using vxWorks SNMP this constants must have the same value as NEXT and
* EXACT
*/
#define M2_EXACT_VALUE 0xA0
#define M2_NEXT_VALUE 0xA1
/* defines for IGMP varToSet */
#define M2_var_igmpInterfaceQueryInterval 1
#define M2_var_igmpInterfaceStatus 2
#define M2_var_igmpInterfaceVersion 4
#define M2_var_igmpInterfaceQueryMaxResponseTime 8
#define M2_var_igmpInterfaceRobustness 16
#define M2_var_igmpInterfaceLastMembQueryIntvl 32
/* IGMP defines from leaf.h generated file */
#define LEAF_igmpInterfaceIfIndex 1
#define MIN_igmpInterfaceIfIndex 1L
#define MAX_igmpInterfaceIfIndex 2147483647L
#define LEAF_igmpInterfaceQueryInterval 2
#define LEAF_igmpInterfaceStatus 3
#define VAL_igmpInterfaceStatus_active 1L
#define VAL_igmpInterfaceStatus_notInService 2L
#define VAL_igmpInterfaceStatus_notReady 3L
#define VAL_igmpInterfaceStatus_createAndGo 4L
#define VAL_igmpInterfaceStatus_createAndWait 5L
#define VAL_igmpInterfaceStatus_destroy 6L
#define LEAF_igmpInterfaceVersion 4
#define LEAF_igmpInterfaceQuerier 5
#define LEAF_igmpInterfaceQueryMaxResponseTime 6
#define LEAF_igmpInterfaceVersion1QuerierTimer 9
#define LEAF_igmpInterfaceWrongVersionQueries 10
#define LEAF_igmpInterfaceJoins 11
#define LEAF_igmpInterfaceGroups 13
#define LEAF_igmpInterfaceRobustness 14
#define LEAF_igmpInterfaceLastMembQueryIntvl 15
#define LEAF_igmpInterfaceProxyIfIndex 16
#define MIN_igmpInterfaceProxyIfIndex 0L
#define MAX_igmpInterfaceProxyIfIndex 2147483647L
#define LEAF_igmpInterfaceQuerierUpTime 17
#define LEAF_igmpInterfaceQuerierExpiryTime 18
#define LEAF_igmpCacheAddress 1
#define LEAF_igmpCacheIfIndex 2
#define MIN_igmpCacheIfIndex 1L
#define MAX_igmpCacheIfIndex 2147483647L
#define LEAF_igmpCacheSelf 3
#define VAL_igmpCacheSelf_true 1L
#define VAL_igmpCacheSelf_false 2L
#define LEAF_igmpCacheLastReporter 4
#define LEAF_igmpCacheUpTime 5
#define LEAF_igmpCacheExpiryTime 6
#define LEAF_igmpCacheStatus 7
#define VAL_igmpCacheStatus_active 1L
#define VAL_igmpCacheStatus_notInService 2L
#define VAL_igmpCacheStatus_notReady 3L
#define VAL_igmpCacheStatus_createAndGo 4L
#define VAL_igmpCacheStatus_createAndWait 5L
#define VAL_igmpCacheStatus_destroy 6L
#define LEAF_igmpCacheVersion1HostTimer 8
/* simple type used for imitating 64 bit integers */
typedef struct ui64
{
UINT high;
UINT low;
} UI64;
/*
* UI64_ZERO - Zero a UI64 struct
*
* PARAMETERS: UI64 * Pointer to the object to be zeroed.
*/
#define UI64_ZERO(N) (N)->high = (N)->low = 0L
/*
* UI64_ADD32 - Add a UINT to a UI64
*
* PARAMETERS: UI64 * pointer to the object to be updated
* UINT the quantity to add in.
*
* RESTRICTIONS: This routine will wrap the object if necessary and not give
* any warning about having done so.
*/
#define UI64_ADD32(N, I) (N)->low += I; if ((N)->low < I) (N)->high++
/*
* UI64_SUB64 - Subtract two UI64s
*
* PARAMETERS: UI64 * the result goes here
* UI64 * Subtract from this object
* UI64 * the object to subtract
*
* RESTRICTIONS: This routine will wrap the object if necessary and not give
* any warning about having done so.
*/
#define UI64_SUB64(X, Y, Z) (X)->low = (Y)->low - (Z)->low; \
(X)->high = (Y)->high - (Z)->high; \
if ((X)->low > (Y)->low) (X)->high--
/*
* UI64_COPY - Copy one UI64 to another
*
* PARAMETERS: UI64 * the result goes here
* UI64 * copy from this object
*/
#define UI64_COPY(X, Y) (X)->low = (Y)->low; (X)->high = (Y)->high
/*
* UI64_COMP - Compare two UI64s
*
* PARAMETERS: UI64 * The two objects to compare
* UI64 *
*
* RETURNS: < 0 if the first is smaller than the second
* > 0 if the first is greater than the second
* 0 if they are equal.
*/
#define UI64_COMP(X, Y) \
(((X)->high == (Y)->high) ? \
(((X)->low == (Y)->low) ? (0) : (((X)->low > (Y)->low) ? (1) : (-1))) : \
(((X)->high > (Y)->high) ? (1) : (-1)))
typedef struct
{
long idLength; /* Length of the object identifier */
long idArray [MAXOIDLENGTH]; /* Object Id numbers */
} M2_OBJECTID;
typedef struct
{
long addrLength; /* Length of address */
unsigned char phyAddress [MAXIFPHYADDR]; /* physical address value */
} M2_PHYADDR;
/*
* The structures that follow are based on the MIB-II RFC-1213. Each field in
* each of the structures has the same name as the name specified in by the RFC.
* Please refer to the RFC for a complete description of the variable and its
* semantics.
*/
/* System Group bit fields that map to variables that can be set */
#define M2SYSNAME 0x01
#define M2SYSCONTACT 0x02
#define M2SYSLOCATION 0x04
typedef struct
{
unsigned char sysDescr [M2DISPLAYSTRSIZE];
M2_OBJECTID sysObjectID;
unsigned long sysUpTime;
unsigned char sysContact [M2DISPLAYSTRSIZE];
unsigned char sysName [M2DISPLAYSTRSIZE];
unsigned char sysLocation [M2DISPLAYSTRSIZE];
long sysServices;
} M2_SYSTEM;
/* Interface group variables */
typedef struct
{
long ifNumber; /* Number of Interfaces in the System */
ULONG ifTableLastChange; /* Time the ifTable was last changed */
ULONG ifStackLastChange; /* Time the stackTable was last changed */
} M2_INTERFACE;
/* values as per RFC 1215 */
#define M2_LINK_DOWN_TRAP 2
#define M2_LINK_UP_TRAP 3
#define M2_LINK_UP_DOWN_TRAP_ENABLED 1
#define M2_LINK_UP_DOWN_TRAP_DISABLED 2
#define M2_PROMISCUOUS_MODE_ON 1
#define M2_PROMISCUOUS_MODE_OFF 2
#define M2_CONNECTOR_PRESENT 1
#define M2_CONNECTOR_NOT_PRESENT 2
typedef struct
{
int ifIndex; /* Unique value for each interface */
char ifDescr [M2DISPLAYSTRSIZE]; /* Information about the interface */
long ifType; /* Type of interface */
long ifMtu; /* Max size of datagram for the interface */
unsigned long ifSpeed; /* Interface's current bandwidth in bits/sec */
M2_PHYADDR ifPhysAddress; /* Mac layer address of the interface */
long ifAdminStatus; /* Desired state for the interface */
long ifOperStatus; /* Current operational status of the interface */
unsigned long ifLastChange; /* Value of sysUpTime when interface entered
its current operational state */
unsigned long ifInOctets; /* Number of octets received on the interface */
unsigned long ifInUcastPkts; /* Number of subnetwork-unicast packets
delivered to a higher-layer protocol */
unsigned long ifInNUcastPkts; /* Number of non-unicast packets delivered
to a higher layer protocol */
unsigned long ifInDiscards; /* Number of inbound packets discarded */
unsigned long ifInErrors; /* Inbound packets that contained errors */
unsigned long ifInUnknownProtos; /* Inbound packets discarded due to unknown
or unsupported protocol */
unsigned long ifOutOctets; /* Number of octets transmitted on the interface */
unsigned long ifOutUcastPkts; /* Number of packets transmitted to subnet
unicast address */
unsigned long ifOutNUcastPkts; /* Number of packets sent to non-unicast
address */
unsigned long ifOutDiscards; /* Number of outbound packets discarded */
unsigned long ifOutErrors; /* Number of outbound packets that could not
be transmitted due to errors */
unsigned long ifOutQLen; /* Length of output packet queue */
M2_OBJECTID ifSpecific; /* Reference to MIB definitions specific to
particular media being used */
} M2_INTERFACETBL;
/* The RFC 2233 additions to the ifTable */
typedef struct
{
char ifName [M2DISPLAYSTRSIZE];
ULONG ifInMulticastPkts;
ULONG ifInBroadcastPkts;
ULONG ifOutMulticastPkts;
ULONG ifOutBroadcastPkts;
UI64 ifHCInOctets;
UI64 ifHCInUcastPkts;
UI64 ifHCInMulticastPkts;
UI64 ifHCInBroadcastPkts;
UI64 ifHCOutOctets;
UI64 ifHCOutUcastPkts;
UI64 ifHCOutMulticastPkts;
UI64 ifHCOutBroadcastPkts;
UINT ifLinkUpDownTrapEnable;
ULONG ifHighSpeed;
UINT ifPromiscuousMode;
UINT ifConnectorPresent;
char ifAlias [M2DISPLAYSTRSIZE];
ULONG ifCounterDiscontinuityTime;
} M2_2233TBL;
/* Update Routines */
typedef struct M2_ID_S M2_ID;
typedef struct M2_IFSTACKTBL_S M2_IFSTACKTBL;
typedef STATUS (* M2_PKT_COUNT_RTN) (M2_ID *, UINT, UCHAR *, ULONG);
typedef STATUS (* M2_CTR_UPDATE_RTN) (M2_ID *, UINT, ULONG);
typedef STATUS (* M2_VAR_UPDATE_RTN) (M2_ID *, UINT, caddr_t);
/* Combination of the above interface structs */
typedef struct
{
M2_INTERFACETBL mibIfTbl; /* the RFC 1213 objects */
M2_2233TBL mibXIfTbl; /* the RFC 2233 extension */
} M2_DATA;
/* The interface table struct for RFC 2233 compliance */
struct M2_ID_S
{
M2_DATA m2Data; /* the interface table */
M2_PKT_COUNT_RTN m2PktCountRtn; /* packet counter function */
M2_CTR_UPDATE_RTN m2CtrUpdateRtn; /* counter increment function */
M2_VAR_UPDATE_RTN m2VarUpdateRtn; /* variable update routine */
};
/* The structure for the ifStack table as described in RFC 2233 */
struct M2_IFSTACKTBL_S
{
UINT index; /* The ifIndex */
int status; /* status of relationship */
struct M2_IFSTACKTBL_S * pNextLower; /* Pointer to the next relation */
};
/* The structure for the ifRcv address table as described in RFC 2233 */
typedef struct M2_IFRCVADDRTBL_S
{
M2_PHYADDR ifRcvAddrAddr;/* The physical address for which
* system will accept pkts/frames
*/
int ifRcvAddrStatus; /* The rowStatus */
int ifRcvAddrType; /* The address type */
struct M2_IFRCVADDRTBL_S * pNextEntry; /* Next pointer */
} M2_IFRCVADDRTBL;
/* The structure for the ifIndex value and corresponding ifnet pointer */
typedef struct M2_IFINDEX_S
{
AVL_NODE ifNode; /* Node representing an if in AVL tree */
int ifType; /* Interface type */
int ifIndex; /* Unique value for each interface */
M2_OBJECTID ifOid; /* I/F Object Id */
void * pIfStats; /* Pointer to the driver specific
* structure
*/
M2_IFSTACKTBL * pNextLower; /* List of lower sub-layers */
M2_IFRCVADDRTBL * pRcvAddr; /* rcvAddr list */
/* Ioctl to munge interface flags */
/* Called from m2IfTblEntrySet to change the values in */
/* the ifnet structure in a non-protocol-specific way. */
/* Callbacks are bad for tor3 (so I've heard). */
int (*ifIoctl) (struct socket*, u_long, caddr_t);
STATUS (*rcvAddrGet) (struct ifnet *, struct M2_IFINDEX_S *);
BOOL mibStyle; /* RFC2233 supported if true */
} M2_IFINDEX;
/* Structure to perform the set operation for if table */
typedef struct ifSetentry
{
unsigned int varToSet;
int ifIndex;
long ifAdminStatus;
UINT ifPromiscuousMode;
UINT ifLinkUpDownTrapEnable;
char ifAlias[M2DISPLAYSTRSIZE];
} IF_SETENTRY;
/* IP group bit fields that map to variables that can be set */
#define M2_IPFORWARDING 0x01
#define M2_IPDEFAULTTTL 0x02
typedef struct
{
long ipForwarding;
long ipDefaultTTL;
unsigned long ipInReceives;
unsigned long ipInHdrErrors;
unsigned long ipInAddrErrors;
unsigned long ipForwDatagrams;
unsigned long ipInUnknownProtos;
unsigned long ipInDiscards;
unsigned long ipInDelivers;
unsigned long ipOutRequests;
unsigned long ipOutDiscards;
unsigned long ipOutNoRoutes;
long ipReasmTimeout;
unsigned long ipReasmReqds;
unsigned long ipReasmOKs;
unsigned long ipReasmFails;
unsigned long ipFragOKs;
unsigned long ipFragFails;
unsigned long ipFragCreates;
unsigned long ipRoutingDiscards;
} M2_IP;
/* IP Address Table group */
typedef struct
{
unsigned long ipAdEntAddr;
long ipAdEntIfIndex;
unsigned long ipAdEntNetMask;
long ipAdEntBcastAddr;
long ipAdEntReasmMaxSize;
} M2_IPADDRTBL;
/* IP Routing Table group */
typedef struct
{
unsigned long ipRouteDest;
long ipRouteIfIndex;
long ipRouteMetric1;
long ipRouteMetric2;
long ipRouteMetric3;
long ipRouteMetric4;
unsigned long ipRouteNextHop;
long ipRouteType;
long ipRouteProto;
long ipRouteAge;
unsigned long ipRouteMask;
long ipRouteMetric5;
M2_OBJECTID ipRouteInfo;
} M2_IPROUTETBL;
/* IP route table entry bit fields that map to variables that can be set */
#define M2_IP_ROUTE_DEST 1
#define M2_IP_ROUTE_NEXT_HOP 2
#define M2_IP_ROUTE_TYPE 4
#define M2_IP_ROUTE_MASK 8
/* IP Address Translation Table group */
typedef struct
{
long ipNetToMediaIfIndex;
M2_PHYADDR ipNetToMediaPhysAddress;
unsigned long ipNetToMediaNetAddress;
long ipNetToMediaType;
} M2_IPATRANSTBL;
/* ICMP group */
typedef struct
{
unsigned long icmpInMsgs;
unsigned long icmpInErrors;
unsigned long icmpInDestUnreachs;
unsigned long icmpInTimeExcds;
unsigned long icmpInParmProbs;
unsigned long icmpInSrcQuenchs;
unsigned long icmpInRedirects;
unsigned long icmpInEchos;
unsigned long icmpInEchoReps;
unsigned long icmpInTimestamps;
unsigned long icmpInTimestampReps;
unsigned long icmpInAddrMasks;
unsigned long icmpInAddrMaskReps;
unsigned long icmpOutMsgs;
unsigned long icmpOutErrors;
unsigned long icmpOutDestUnreachs;
unsigned long icmpOutTimeExcds;
unsigned long icmpOutParmProbs;
unsigned long icmpOutSrcQuenchs;
unsigned long icmpOutRedirects;
unsigned long icmpOutEchos;
unsigned long icmpOutEchoReps;
unsigned long icmpOutTimestamps;
unsigned long icmpOutTimestampReps;
unsigned long icmpOutAddrMasks;
unsigned long icmpOutAddrMaskReps;
} M2_ICMP;
/* TCP Group */
typedef struct
{
long tcpRtoAlgorithm;
long tcpRtoMin;
long tcpRtoMax;
long tcpMaxConn;
unsigned long tcpActiveOpens;
unsigned long tcpPassiveOpens;
unsigned long tcpAttemptFails;
unsigned long tcpEstabResets;
unsigned long tcpCurrEstab;
unsigned long tcpInSegs;
unsigned long tcpOutSegs;
unsigned long tcpRetransSegs;
unsigned long tcpInErrs;
unsigned long tcpOutRsts;
} M2_TCPINFO;
/* TCP Connection Table Entry */
typedef struct
{
long tcpConnState;
unsigned long tcpConnLocalAddress;
long tcpConnLocalPort;
unsigned long tcpConnRemAddress;
long tcpConnRemPort;
} M2_TCPCONNTBL;
/* User Datagram Protocol Group */
typedef struct
{
unsigned long udpInDatagrams;
unsigned long udpNoPorts;
unsigned long udpInErrors;
unsigned long udpOutDatagrams;
} M2_UDP;
/* UDP Connection Table Entry */
typedef struct
{
unsigned long udpLocalAddress;
long udpLocalPort;
} M2_UDPTBL;
/* IGMP */
typedef struct
{
ULONG igmpInterfaceIfIndex;
ULONG igmpInterfaceQueryInterval;
ULONG igmpInterfaceStatus;
ULONG igmpInterfaceVersion;
ULONG igmpInterfaceQuerier;
ULONG igmpInterfaceQueryMaxResponseTime;
ULONG igmpInterfaceQuerierPresentTimeout;
ULONG igmpInterfaceLeaveEnabled;
ULONG igmpInterfaceVersion1QuerierTimer;
ULONG igmpInterfaceWrongVersionQueries;
ULONG igmpInterfaceJoins;
ULONG igmpInterfaceLeaves;
ULONG igmpInterfaceGroups;
ULONG igmpInterfaceRobustness;
ULONG igmpInterfaceQuerierUpTime;
ULONG igmpInterfaceLastMembQueryIntvl;
} M2_IGMP;
typedef struct
{
ULONG igmpCacheAddress;
ULONG igmpCacheIfIndex;
ULONG igmpCacheSelf; /* was BOOLEAN */
ULONG igmpCacheLastReporter;
ULONG igmpCacheUpTime;
ULONG igmpCacheExpiryTime;
ULONG igmpCacheStatus;
ULONG igmpCacheVersion1HostTimer;
} M2_IGMP_CACHE;
/* function declarations */
#if defined(__STDC__) || defined(__cplusplus)
extern STATUS m2SysInit (char * mib2SysDescr, char * mib2SysContact,
char * mib2SysLocation, M2_OBJECTID * pObjectId);
extern STATUS m2SysGroupInfoGet (M2_SYSTEM * pSysInfo);
extern STATUS m2SysGroupInfoSet (unsigned int varToSet, M2_SYSTEM * pSysInfo);
extern STATUS m2SysDelete (void);
extern M2_ID * m2IfAlloc (ULONG, UCHAR *, ULONG, ULONG, ULONG, char *, int);
extern STATUS m2IfFree (M2_ID *);
extern STATUS m2IfGenericPacketCount (M2_ID *, UINT, UCHAR *, ULONG);
extern STATUS m2IfCounterUpdate (M2_ID *, UINT, ULONG);
extern STATUS m2IfVariableUpdate (M2_ID *, UINT, caddr_t);
extern STATUS m2IfPktCountRtnInstall (M2_ID *, M2_PKT_COUNT_RTN);
extern STATUS m2IfCtrUpdateRtnInstall (M2_ID *, M2_CTR_UPDATE_RTN);
extern STATUS m2IfVarUpdateRtnInstall (M2_ID *, M2_VAR_UPDATE_RTN);
extern STATUS m2If8023PacketCount (M2_ID *, UINT, UCHAR *, ULONG);
extern STATUS m2IfInit (FUNCPTR pTrapRtn, void * pTrapArg);
extern STATUS m2IfTableUpdate (struct ifnet *, UINT,
int (*func) (struct socket*, u_long, caddr_t),
STATUS (func2) (struct ifnet*, M2_IFINDEX*));
extern STATUS m2IfGroupInfoGet (M2_INTERFACE * pIfInfo);
extern STATUS m2IfTblEntryGet (int search, void * pIfTblEntry);
extern STATUS m2IfTblEntrySet (void *);
extern STATUS m2IfStackTblUpdate (UINT lowerIndex, UINT higherIndex, int action);
extern STATUS m2IfStackEntryGet (int, int *, M2_IFSTACKTBL *);
extern STATUS m2IfStackEntrySet (int, M2_IFSTACKTBL *);
extern STATUS m2IfRcvAddrEntryGet (int, int *, M2_IFRCVADDRTBL *);
extern STATUS m2IfRcvAddrEntrySet (int, int, M2_IFRCVADDRTBL *);
extern STATUS m2IfDelete (void);
extern STATUS m2IpInit (int maxRouteTableSize);
extern STATUS m2IpGroupInfoGet (M2_IP * pIpInfo);
extern STATUS m2IpGroupInfoSet (unsigned int varToSet, M2_IP * pIpInfo);
extern STATUS
m2IpAddrTblEntryGet (int search, M2_IPADDRTBL * pIpAddrTblEnry);
extern STATUS
m2IpRouteTblEntryGet (int search, M2_IPROUTETBL * pIpRouteTblEntry);
extern STATUS
m2IpRouteTblEntrySet (int varToSet, M2_IPROUTETBL * pIpRouteTblEntry);
extern STATUS
m2IpAtransTblEntryGet (int search, M2_IPATRANSTBL * pIpAtEntry);
extern STATUS
m2IpAtransTblEntrySet (M2_IPATRANSTBL * pIpAtEntry);
extern STATUS m2IpDelete (void);
extern STATUS m2IcmpInit (void);
extern STATUS m2IcmpGroupInfoGet (M2_ICMP * pIcmpInfo);
extern STATUS m2TcpInit (void);
extern STATUS m2TcpGroupInfoGet (M2_TCPINFO * pTcpInfo);
extern STATUS m2TcpConnEntryGet (int search, M2_TCPCONNTBL * pTcpConnEntry);
extern STATUS m2TcpConnEntrySet (M2_TCPCONNTBL * pTcpConnEntry);
extern STATUS m2UdpInit (void);
extern STATUS m2UdpGroupInfoGet (M2_UDP * pUdpInfo);
extern STATUS m2UdpTblEntryGet (int search, M2_UDPTBL * pUdpEntry);
STATUS m2Init (char * mib2SysDescr, char * mib2SysContact,
char * mib2SysLocation, M2_OBJECTID * pMib2SysObjectId,
FUNCPTR pTrapRtn, void * pTrapArg, int maxRouteTableSize);
extern STATUS m2Delete (void);
extern STATUS m2TcpDelete (void);
extern STATUS m2UdpDelete (void);
extern STATUS m2IcmpDelete (void);
extern STATUS m2SetIfLastChange (int ifIndex);
extern STATUS m2IgmpInterfaceEntrySet(M2_IGMP *data, int varsToSet);
extern STATUS m2IgmpInterfaceEntryGet(M2_IGMP *data);
extern STATUS m2IgmpInterfaceEntryNextGet(M2_IGMP *data);
extern STATUS m2IgmpCacheEntryGet(M2_IGMP_CACHE *data);
extern STATUS m2IgmpCacheEntryNextGet(M2_IGMP_CACHE *data);
extern M2_IGMP_CACHE * igmpCacheEntry_first(void);
extern M2_IGMP_CACHE * igmpCacheEntry_next_inst(M2_IGMP_CACHE * data);
extern unsigned igmpCacheEntry_build_instance(M2_IGMP_CACHE * data, int * inst);
#else /* __STDC__ */
extern STATUS m2SysInit ();
extern STATUS m2SysGroupInfoGet ();
extern STATUS m2SysGroupInfoSet ();
extern STATUS m2SysDelete ();
extern M2_ID * m2IfAlloc ();
extern STATUS m2IfFree ();
extern STATUS m2IfGenericPacketCount ();
extern STATUS m2IfCounterUpdate ();
extern STATUS m2IfVariableUpdate ();
extern STATUS m2IfPktCountRtnInstall ();
extern STATUS m2IfCtrUpdateRtnInstall ();
extern STATUS m2IfVarUpdateRtnInstall ();
extern STATUS m2If8023PacketCount ();
extern STATUS m2IfInit ();
extern STATUS m2IfTableUpdate ();
extern STATUS m2IfGroupInfoGet ();
extern STATUS m2IfTblEntryGet ();
extern STATUS m2IfTblEntrySet ();
extern STATUS m2IfStackTblUpdate ();
extern STATUS m2IfStackEntryGet ();
extern STATUS m2IfStackEntrySet ();
extern STATUS m2IfRcvAddrEntryGet ();
extern STATUS m2IfRcvAddrEntrySet ();
extern STATUS m2IfDelete ();
extern STATUS m2IpInit ();
extern STATUS m2IpGroupInfoGet ();
extern STATUS m2IpGroupInfoSet ();
extern STATUS m2IpAddrTblEntryGet ();
extern STATUS m2IpRouteTblEntryGet ();
extern STATUS m2IpRouteTblEntrySet ();
extern STATUS m2IpAtransTblEntryGet ();
extern STATUS m2IpAtransTblEntrySet ();
extern STATUS m2IpDelete ();
extern STATUS m2IcmpInit ();
extern STATUS m2IcmpGroupInfoGet ();
extern STATUS m2TcpInit ();
extern STATUS m2TcpGroupInfoGet ();
extern STATUS m2TcpConnEntryGet ();
extern STATUS m2TcpConnEntrySet ();
extern STATUS m2UdpInit ();
extern STATUS m2UdpGroupInfoGet ();
extern STATUS m2UdpTblEntryGet ();
extern STATUS m2Init ();
extern STATUS m2Delete ();
extern STATUS m2TcpDelete ();
extern STATUS m2UdpDelete ();
extern STATUS m2IcmpDelete ();
extern STATUS m2SetIfLastChange ();
extern STATUS m2IgmpInterfaceEntrySet();
extern STATUS m2IgmpInterfaceEntryGet();
extern STATUS m2IgmpInterfaceEntryNextGet();
extern STATUS m2IgmpCacheEntryGet();
extern STATUS m2IgmpCacheEntryNextGet();
extern M2_IGMP_CACHE * igmpCacheEntry_first();
extern M2_IGMP_CACHE * igmpCacheEntry_next_inst();
extern unsigned igmpCacheEntry_build_instance();
#endif /* __STDC__ */
#if ((CPU_FAMILY==I960) && (defined __GNUC__))
#pragma align 0 /* turn off alignment requirement */
#endif /* CPU_FAMILY==I960 */
#ifdef __cplusplus
}
#endif
#endif /* __INCm2Libh */
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